Wireshark Game

On impulse, Alex crafted a reply. Not through any sanctioned channel—just a raw ICMP echo reply, spoofed from a test VM. level=1;user=alex;move=N .

Alex looked down at their own chest. Their heart was pounding. The game knew their name. Their ID. Their biometrics? The office’s security cameras? The building’s environmental sensors? The packet had a timestamp accurate to the nanosecond. Alex’s last coffee was at 9:14 PM. The packet knew that too. A field appeared: caffeine_ug_ml=37.2 .

level=1;user=alex;move=E. You are at (5,1). A door. Locked. wireshark game

Then, at Level 7, a packet with no source MAC address. It simply appeared, as if generated by the switch itself. level=7;user=alex;move=?;real_name=Alex Chen;employee_id=4412;heart_rate=88;

: The Wireshark website also hosts a series of labs that you can perform to get hands-on experience. These labs cover various aspects of network protocols and analysis. On impulse, Alex crafted a reply

level=1;user=alex;move=? appeared again. Then a third time.

Developers use it to measure how much bandwidth a game consumes and to ensure that only essential data is being transmitted. Alex looked down at their own chest

if results: print(f"\nFound len(results) matching packets:") for p in results: print(p) else: print("No packets found matching criteria.")

if f_type == "ip": results = [p for p in game.packets if p.src == f_val or p.dst == f_val] elif f_type == "proto": results = [p for p in game.packets if p.proto.lower() == f_val.lower()] else: print("Unknown filter type.") continue

: Many CTF challenges involve network traffic analysis with Wireshark. These challenges are usually part of cybersecurity competitions where participants have to solve security-related tasks. You can find CTF challenges on platforms like Hack The Box, CTF365, or OverTheWire.

# Split secret into chunks to hide in packets chunk_size = 5 chunks = [secret_b64[i:i+chunk_size] for i in range(0, len(secret_b64), chunk_size)]